A Ferris wheel rotates around in 30 seconds. The maximum height above the ground is 55 feet, and the minimum height above the ground is 5 feet. Which function models the height as a function of t in seconds? f(t) = 25 sin + 30 f(t) = 25 sin 2xt + 30 f(t) = 25 sin 60xt + 30 f(t) = 30 sint+25 15

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter6: The Trigonometric Functions
Section6.6: Additional Trigonometric Graphs
Problem 64E
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A Ferris wheel rotates around in 30 seconds. The maximum height above the ground is 55 feet, and the
minimum height above the ground is 5 feet. Which function models the height as a function of t in
seconds?
f(t) = 25 sin + + + 30
f(t) = 25 sin 2xt + 30
f(t) = 25 sin 60xt+- 30
f(t) = 30 sint+25
15
Transcribed Image Text:A Ferris wheel rotates around in 30 seconds. The maximum height above the ground is 55 feet, and the minimum height above the ground is 5 feet. Which function models the height as a function of t in seconds? f(t) = 25 sin + + + 30 f(t) = 25 sin 2xt + 30 f(t) = 25 sin 60xt+- 30 f(t) = 30 sint+25 15
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